UGO exoskeleton robot developed by Cheng Tian Science and Technology uses ergonomics, bionics, robotics, multi-sensor information fusion technology, based on the "central nervous plasticity" theory, to provide rehabilitation training for patients with lower extremity motor dysfunction caused by spinal cord injury, stroke, lower extremity muscle weakness or other nervous system diseases. By stimulating patients to simulate the correct gait repeatedly, the new nerve circuit was rebuilt, the ability of balance and coordination was improved, and the body sensation and muscle strength of the affected side were enhanced. The leisurely exoskeleton robot also includes rehabilitation projects such as ascending and descending stairs, standing and sitting down, and transferring the center of gravity, which not only reduces the work intensity of therapists, improves the efficiency of rehabilitation training, but also promotes the remodeling of patients'central nervous system, speeds up the rehabilitation process and returns to normal life.
MOREUFU (Electric Shifter) is a self-service robot designed for people who can not stand and walk normally because of the disability and weakness of lower limbs caused by various reasons. It can effectively help user groups such as spinal cord injury, brain lesions, nervous system diseases, muscle weakness, major post-operative rehabilitation, etc. to stand up and solve the problems of position transfer, standing training, urine and urine in daily life, so that users can get rid of the shackles of the beds, help them take care of themselves, ultimately improve the quality of life and return to a better life.
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Milestone alpha core development board is mainly used in the field of robot control, and can run ROS operating system. Using the industry's leading NVIDIA AI computing platform, it provides high performance and low power computing in depth learning and computer vision. Cheng Tian's technology can also play its huge performance, which can be applied in the fields of UAV, robot, intelligent factory, intelligent video analysis, intelligent wearable equipment, virtual reality, automatic driving and so on.
MORELow-speed control, all kinds of electronic processing equipment, pipeline material transfer device, medical equipment, instruments, precision testing equipment, channel gate control, servo fixed-length positioning, garage block control, equipment feeding and unloading device, equipment auxiliary motion device, grasping and handling machinery, spraying machine, photo machine, home and office automation device, etc.
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Maximum flexibility and free maneuverability, the omni-directional motion equipment based on McNam wheel technology can achieve forward, transverse, oblique, S-type, zero radius, arbitrary angle rotation and combination of motion modes; reduce the workspace, improve the utilization of workstation. The omni-directional transport platform developed on the basis of McNam wheel is very suitable for the working environment with limited transshipment space and narrow operation channels. It can guarantee work efficiency, increase space utilization rate and reduce human cost.
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